Exploring how soil-dwelling bacteria and combinatorial biosynthesis are revolutionizing cancer medicine through epothilone engineering.
Exploring how plants produce medicinal alkaloids and how genetic engineering is revolutionizing their production through biotechnology.
Explore how metabolic engineering is revolutionizing quinic acid production through microbial factories, enzyme fusion breakthroughs, and sustainable biotechnology.
Discover the complete biosynthetic pathway of citrinin in fungi, from polyketide assembly to final toxin formation, with genetic and biochemical evidence.
Exploring the fascinating world of spiroketals - their structure, biological significance, biosynthesis, and cutting-edge synthetic approaches.
Discover how Trichoderma arundinaceum uses two coordinated enzymes to produce harzianum A, a potent antifungal trichothecene toxin with agricultural implications.
Exploring the domain deconstruction of fungal nonreducing iterative type I polyketide synthases (NR-PKSs) and their programming rules for polyketide biosynthesis.
Exploring the fascinating biosynthetic pathway of tryptophan, one of biology's most enigmatic and expensive amino acids to produce.
Discover how synthetic biologists are reprogramming baker's yeast to produce benzylisoquinoline alkaloids (BIAs), potentially revolutionizing pharmaceutical production.
Exploring the complex networks of plant terpene metabolism and how scientists are rewriting textbooks about nature's chemical factories.